DIRECTIONS – Normal use solution of "ACI-100" are ½ -2% in water, with a good starting point of 1% by volume. This is equivalent to 1 gal. "ACI-100" per 100 gal. of water. Concentration may vary due to aluminum composition, operation, part configuration, and water conditions. The concentration of "ACI-100" in water is easily tested with the Davies Dissolved Solids Meter. Aluminum parts can be immersed in "ACI-100" solution directly following machining or washing while still wet. Contact time will vary with metal type, part configuration, agitation, and degree of protection desired, and must be determined on site for the specific operation. "ACI-100" solutions are effective at room temperature, or may be heated to decrease drying time.

DIRECTIONS – To effectively control rancidity, "Bacteria-Ban #320 Tablets" are added on a weekly schedule. For normal contamination, one table (1 oz.) is used per 25 gal. of diluted fluid; if the system is extremely fouled, use 2 tablets per 25 gal. of fluid. Protection is most effective when added on a Friday or before a brief shutdown period. After the tablet is added, the fluid should be fully circulated for an hour before shutdown.

DIRECTIONS – For severely contaminated systems, add 13-38 fl. oz. Of "Bio-Treat 300" per 100 gal. of fluid. Under normal operating conditions, add 1.3-2.6 fl. oz. Per 100 gal. of fluid. A good habit to follow is to add "Bio-Treat 300" every Friday morning, thus allowing sufficient time to disperse in the fluid prior to a weekend of inactivity. 

"Burnishing Compound #100" is used with both vibratory finishing and tumbling for cleaning stainless steel and aluminum small parts, such as fishing tackle and fishing rods, hardware, etc. A superior, fact-acting and thoroughly effective product. Use 1 to 3 ounces for each 5 gallon of water.  [ Inquire ] 

DIRECTIONS – "DeBurr #255" is used in the range of ½-2 ounces per gallon of water, depending on soil load and severity, water conditions, and various equipment and processing conditions. The flow through dispenser system is the most common mean of feeding compound. A chemical pump or venturi injector is used to add "DeBurr #255" to a water line, which feeds a supply manifold on the finisher, and constantly adds compound solution as the parts are being finished. Proper dilution and flow rate is critical in obtaining results in a proper time frame without waste. 

DIRECTIONS – "Deep-Draw 150" is made to be applied by hand via a roller or brush, or in a flood, dip or wick application.

DIRECTIONS – "Deep-Draw 155" is made to be applied by hand via a roller or brush, or in a flood, dip or wick application.

DIRECTIONS - May be increased or decreased depending on degree of soil load.

Steel and Iron Parts – 8 oz. Per gallon of water in dip tank at 180° F.

Aluminum Parts – 1 ½ oz. Per gallon water in dip tank at 160° F.

Hand Scrubbing of Parts – 2 oz. Per gallon water and use rubber gloves.

Penetrates – Will loosen rust-frozen parts right now---Keeps operating controls and linkage working freely.

Protects – Deposits a corrosion resistant, invisible protective barrier against moisture and other contaminants.

Cleans – Drives away dirt, grime, caked grease and oil.

Lubricates – assures friction free operation --- finds and stops squeaks that oil or grease can’t reach.

Davies "D.W. 40" Penetrating Oil offers outstanding penetration and ‘rust-busting’ of frozen and rusted parts, in an economical bulk package. "D.W. 40" is used in garages, machine shops, airports, factories, marinas, schools, shops, farms, and homes – any place where rusted and frozen nuts, bolts, etc. are a problem.  [ Inquire ] 

DIRECTION – Spray or dip frozen parts with "D.W. 40". Tap joint lightly and allow a few seconds for adequate penetration. For heavy rust, repeat as necessary.

Do not use on aluminum or plastics.

"Easy-Tap 200" is ideal for carbon steel, cast iron, tool and other hardened steel, brass and other yellow metals, stainless steel, and chrome alloys.

• Paper process manufacturing-White/Brown Stock
• Water based inks
• Effluent water treatment
• Metal cleaners and machining fluids
• Miscellaneous nonfood applications

DIRECTIONS – Final usage dilution can only be obtained via field tests. Some processes may need as little as 100 ppm (1 fl. oz. Per 800 gal.) of "Foam-X A-115" or less and others may need up to 200 ppm

(1 fl. oz. Per 40 gal.) or more.

• Whey processing, cold application
• Water based inks
• Sewer defoaming
• Metal cleaners and machining fluids
• Miscellaneous nonfood applications

DIRECTIONS – Final usage dilution can only be obtained via field tests. Some processes may need as little as 100 ppm (1 fl. oz. Per 800 gal.) of "Foam-X 491" or less and others may need up to 200 ppm (1 fl. oz per 40 gal.) or more.

Apply "Glue-X" via cloth, allow to soften the adhesive for several minutes, and remove with dampened cloth. Some brushing may be necessary to remove severe adhesives. Always wear solvent resistant gloves and have adequate ventilation while using "Glue-X".

More Powerful – Cuts through accumulated sludge on machinery metal parts… dissolves dirt, soot, grease and grime deposits on road equipment… makes short work of hardened grease and oil deposits on concrete floors.

More Economical – Dilute it. So super concentrated, a 1 to 10 ration can tackle the toughest jobs. Use a 1 to 20 ratio for most daily maintenance tasks.

Safer to Use – Non- flammable for safer storage. Non-polluting and biodegradable for safe disposal in sanitation systems. Rust inhibited for safe use on ferrous substances.

Instant-action heavy-duty degreaser is especially formulated to tackle the dirtiest industrial cleaning tasks. Dissolves and emulsifies grease and grime immediately… even those hardened deposits on concrete floors. Cuts through accumulated sludge on machinery, road equipment, engines, and conveyors. Clean concrete floors and exhaust hoods. Use in dip-tanks for all non-aluminum metal cleaning processes.

"Grease-Off" is economical to use. Dilutes with hot or cold water to suit the soil conditions. Though a 1 to 10 ratio is usually adequate for tough cleaning jobs, experiment with greater or lesser concentrations to determine which strength best suits the task.

"Grease-Off" heavy-duty degreaser rinses easily with water, without leaving a film. May be applied with automatic scrubbers or conventional methods.

Applications for this product include automotive, industrial, institutional, etc. Grease, oil and soil is softened and floats away. Floor wax is easily stripped away.

DIRECTIONS – For heavy degreasing, use as is or dilute up to 5 to 1. For general cleaning use 10 to 1 as starting point. For wax stripping, dilute 5 to 1. All dilutions will vary due to individual cleaning situations. "Grease-X" can be applied by spray, mop, or dip procedures.

DIRECTIONS - "Iron-Kote 320" is used at 1-2 oz. Per gal. of water @ 120° -180° F. The ideal dilution pH is 4.5 with a usable range of 4.0-5.0. Contact time should be ½-2 minutes, depending on cleaning severity, equipment and part. For extremely severely soiled parts, precleaning with "DC-99" is suggested. Parts cleaned with "Iron-Kote 320" need not be rinsed prior to painting. Davies conductivity meter can be used to field test concentration.

DIRECTIONS – "Iron-Kote 340" is used at ½ to 1 oz. Per gal. of water @ 120° - 180° F. The ideal dilution pH is 4.5 with a usable range of 4.0-5.0. Contact time should be ½-2 minutes, depending on cleaning severity, equipment and part. Field testing is easy with Davies "DS Meter" or drop test kit.

DIRECTIONS –

1. Use only with system shut off.
2. Dilute with five(5) parts water.
3. Spray directly on coil, using a low-pressure sprayer.
4. If necessary to penetrate multibank coil unit, repeat spray as needed.
5. Rinse thoroughly with water after four(4) to eight (8) minutes

"Koil-Kleen" is also excellent for cleaning temporary or permanent filters and widely used for the cleaning of the electronic air filters.

DIRECTIONS – Dilute one 91) part "Koil-Kleen" with six (6) parts water and apply with low or high pressure spraying device to "air in" side with unit or system operating. Apply directly to coils saturating thoroughly.

For large walk-in air handlers, saturate coils thoroughly with system off - - get out and turn on system.

For cleaning temporary or permanent filters. Dilute one (1) part "Koil-Kleen) to 10 parts water and flush.

For cleaning electronic air filters. Dilute one (1) part "Koil-Kleen" to 12 parts water. Agitate well and rinse thoroughly with water after 10 - 20 minutes.

"Kutsol 100" contains anti-weld and lubricity additives to enhance machining performance. "Kutsol 100" is fortified with several bacteria controlling agents which greatly extend the life of the fluid by preventing growth of the microorganisms which cause rancidity in metalworking fluids. "Kutsol 100" outperforms Trimsol in finish, tool life and sump life.

DIRECTIONS – "Kutsol 100" dilution in water depends on the machining operation, type of metal, finish requirements, and expected tool life. Dilutions of 1:5 to 1:60 with water are possible with "Kutsol 100".

A suggested starting point dilution would be 1 part ("Kutsol 100") to 25 parts water. The best way to determine the right dilution is through the actual field trial. Dilute "Kutsol" 1:40 for grinding.

DIRECTION – "Kutsol 200" is diluted with water from 1:10 to 1:30, depending on machining severity and type of metal. A good starting point is 1:20, but correct product dilution can only be made by an actual field trial. 

DIRECTIONS – Dilutions of 1:10 to 1:30 are possible with "Kutsol 500", depending on the machining operation. The best way to determine the right dilution is through the actual field trial.

"Kwik-Strip" is not to be confused or compared with the "wash-off" paint removers containing caustic chemicals and strong alkalies, as "Kwik-Strip" does not raise the grain, bleach the wood or remove the natural stain, so desirable in fine wood finishes. "Kwik-Strip" contains no acid and requires no "after-wash" before painting the surface. No long drying time as with the water-washes, as "Kwik-Strip" cleans completely and dries quickly. It’s the new "workless way" to quickly remove any finish from any surface. Three times cleaner – five times fast. Quicker-easier-safer as "Kwik-Strip" is non flammable.
[ Inquire ] 

"Long-Kut" actually enhances machining by acting as an EP agent between tool and stock, minimizing weldment and increasing tool life. Sump odors are minimized by "Long-Kut" chemically bonding with odor causing agents and neutralizing their effects. "Long-Kut" is also used to enhance sump cleaning by treating fluid 3 days prior to cleanout.  [ Inquire ] 

DIRECTIONS – "Long-Kut" is typically used in the treatment range of 6-12 fl. oz. Per 100 gal. of machining fluid, depending on fluid and machine microbial conditions. Also, different coolants will exhibit different requirements for "Long-Kut". Operators will experience no irritation due to even three times recommended dosage and will not be able to detect "Long-Kut" presence.

"Kutsol 100 & 300" Because there is so much overlap between these two products, they will be discussed together. "Kutsol-100" has more EP (extreme pressure) additives than does #300 and is thus suited for more severe machining operations, such as; tapping, threading and broaching. "Kutsol-300" has been designed to be ‘multimetal functional’, ferrous, aluminum, yellow metals, (copper, brass, etc.) and "Kutsol-100" is intended for ferrous metals (stainless steel, cast iron, sintered iron and exotic composites). Both products are used in similar concentrations (see chart) and both products are used in grinding.

The general rule on "Kutsols" is: use #100 for the more severe machining operations and for the harder, exotic metal stock. Use #300 for more general machine use and for mutimetals.

"Mira-Kool" is our blue chip, synthetic grinding coolant concentrate. Most flood coolant grinding utilizes synthetics and "Mira-Kool" performs will in virtually all types of grinding. If your customer is doing grinding and needs a synthetic, this is the product. "Mira-Kool" can also be used for mist lubrication in general machining.

"Lubra-Kool" is for your customer who does general machining and prefers using a synthetic. This product is fortified with boundary and EP lubricity additives and offers outstanding performance, with the advantage of being a synthetic. "Lubra-Kool" has greater lubricity than "Mira-Kool" and is made for general machining.
 

DIRECTIONS – The dilution of "Lubra-Kool" depends on the severity of the machining operation, metal type, and other machining conditions. A good starting dilution is 1:20. Concentration may need to be adjusted to fit individual machining operations. Concentration is easily measured with standard refractometers, with typical readings in the 1-3% Brix units range.

DIRECTIONS – Immersion Tank: Typical dilution is in the 1:10 to 1:40 range. A good starting point is 1:20. Ideal temperature is 120° - 160° F.

Steam/Power Washer: Typical dilution is in the 1:40 to 1:50 range. A good starting point is 1:50. Ideal temperature is 140° - 180° F.

"Metal-Kleen #200" is effective in cold water in both applications, but cleaning is enhanced at higher temperatures.

DIRECTIONS – "Mira-Kool" is diluted with water 1:20 to 1:40 depending on severity of grinding and type of metal used. A good starting point is 1:30 for general grinding. Field testing of "Mira-Kool" is fast and easy with a standard refractometer, with typical readings in the 1-3% Brix units range.

So what can you do? You have a guy grab a bag of dirty clay chips and throw them around the leak. While he’s at it, he pitches a few more scoops down for good measure. There you go, at least no one will fall on an oil slick until next time you pull PM on that machine.

But the problem is just beginning. When you throw all that clay around, the grit and dust goes everywhere. It’s no one’s fault, but the loose chips get into the moving parts on your machines and all over your finished product. Dirt and oil may mix just fine . . . but dirt and machines don’t. Stop and think about it for a second. Would you lift the hood of your care and throw a shovel of clay on the engine? Or how about pulling a wheel and rubbing dirt all over the brake lining. Of course you wouldn’t, you’d ruin everything real quick.

Fortunately, there’s a better choice than using damaging clay. "Oil-Zorb" - - - it’s a sock filled with a highly absorbent material and it conforms to practically any machine shape, staying neatly tucked at the base of your equipment.

Each 40 inch "Oil-Zorb" will absorb nearly 2 quarts of fluid. And best of all, it does this absorbing with no effort on your part. You don’t have to shovel it, sweep it, or break your back moving it around. Just lay it in place near the source of a leak and watch it go to work. "Oil-Zorb" was designed to eliminate the dust and grit that you get with clay. Since the absorbent is contained in a tightly-knit sock, the changes for loose dirt flying around are next to nothing.

Insure your machines against premature death. Get a clean and dry shop floor without killing your equipment with dirt.
[ Inquire ] 

DIRECTIONS – Wipe on to soiled surface. Allow to air dry and paint. No mixing, no rinsing is necessary. "Paint Prep 100" is biodegradable and easily disposed of.

DIRECTIONS – "Rust-Guard 252" is diluted from 1:10 to 1:40, depending on contact time and process conditions. For short contact times and for maximum rust protection, stronger dilutions are necessary. Dip application is best but "Rust-Guard 252" can be spray applied. With dip application, sufficient circulation and contact time is necessary for adequate protection.

DIRECTIONS – Remove soil and loose rust with light brushing. Neither sand blasting nor acid cleaning is necessary. Apply "Rust-Kote" via brush to prepared surfaces. The residual rust will be converted to a black, tough coating after 24 hour cure, or leave as is for durable black finish. "Rust-Kote" is non-flammable, and clean up is fast with soap and water. One gallon covers up to 500 square feet of surface, depending on porosity.

DIRECTIONS – "Rust-Proof 301" is used as is, without dilution. Treated parts can be dipped, sprayed or brushed. Where possible, dip application with agitation, and sufficient contact time, produces the best results. "Rust-Proof 301" exhibits controlled drying rates, dependent on conditions.

DIRECTIONS – "Rust-Proof #500-S" is used as is, without dilution, for dip, spray, or brush application. The degree of rust protection is dependent on the thickness of the coating and environment conditions. 

DIRECTIONS – The recommended procedure for application is an agitated immersion process. Generally, adequate rust protection can be realized via spray application. This is the most common procedure used for large parts. For best results, parts must be dry before applying "Rust-Proof 700"

DIRECTIONS Add 1 part "Rust Remover 755" to 1-3 parts of water. For smaller amounts of rust, a more dilute solution can be used. For severe rust deposits, use a stronger solution. Use at room temperature. However, rust is removed faster when solution is heated (120° -140° F) and when parts are agitated. Use rubber-lines plastic, or stainless steel tank for "Rust Remover 755" solutions. Allow parts sufficient soak time to remove desired rust. Place derusted parts in an overflow cold water rinse tank for 3-5 minutes. Place parts in "Rust-Proof 305" for 5 minutes and agitate. Remove and air dry.

DIRECTIONS – Use and proper dilution is best determined by actual applied use. For a starting point, try 50:1 for spray and 25"1 dilution for brush application.

Free flowing, non-caking granules. Easily soluble in water. Strong detergency for better cleaning. Easily rinsed from work surface. Long solution life.  [ Inquire ] 

DIRECTIONS – "Soak-Kleen" 255-M is used at 6-10 ounces per gallon at temperatures ranging from 120-160 F. Cleaning time is dependent upon the soil type to be removed, and the part configuration. Mechanical agitation will also accelerate cleaning. Ultimate usage concentration and bath temperature will be determined by actual field use.

Due to "Soak-Kleen" 255-M having extended solution life, it becomes very economical to use. Besides saving chemical cost, there is also a savings of labor costs with the longer solution life. "Soak-Kleen" 255-M has shown good application in heat treating plants for general cleaning of parts to remove oil, soil, prior to heat treating.

A test kit is available for $27.50. However, in the case of most metal cleaning, test kits are not used much. This is because as a bath is used and becomes dirty and cleaner is lost, more detergent is added to obtain sufficient cleaning. When the cleaning bath becomes too dirty, it is dumped, rinsed, and the whole process repeats.

DIRECTIONS – Apply "Spatter-Mask" as is, without dilution, via spray or cloth to surfaces to be welded. Welding can resume immediately after application. Following welding, rinse surface with water and apply rust inhibitor ("Rust-Proof 305" or "Rust-Guard 252" solution, as required.

DIRECTIONS – "Sump-Aid" is diluted with water from 1:10 to 1:20 depending on cleaning conditions; a starting point would be 1:15.

Machine Cleaning Procedure

The cleaning operation is –

1. Drain machine sump and dispose coolant in accordance with applicable wastewater regulations.
2. Remove all chips, swarf etc from sump.
3. Fill sump with water, start circulation pump and add "Sump-Aid".
4. Circulate "Sump-Aid" solution for ½ to 3 hours, depending on soil severity. White circulating, apply cleaner solution to soiled areas not contacting cleaner. For severe soil deposits, some hand brushing may be necessary.
5. After machine is clean, drain cleaner solution and dispose in accordance with applicable wastewater regulations.
6. Rinse entire machine and sump area with water, including circulation pump and lines. Dump rinse water.
7. Refill machine sump with water and add prescribed amount of Davies coolant. Immediately circulate coolant solution to protect machine against corrosion.

Because of their round shape, glass beads are not abrasive and consequently do not remove any of the base metal on the part being blasted. For this same reason they do not imbed into the surface, and so no surface residue remains on the metal to be removed in subsequent operations. In other words, blasting with glass beads leaves metallurgically clean surface.  [ Inquire ] 

In cleaning operations the fact that glass bead blasting produces a metallurgically clean surface is of particular importance. Equally important, however, is that fact that such a surface can be produced in seconds on most all materials regardless of the nature of the foreign matter or contaminates to be removed. Even tough mill scale is quickly and efficiently removed without dimensional changes in the part. Glass bead blast cleaning in preparation for painting or plating eliminates many intermediate steps such as neutralizing and drying. Cleaning of deposits and corrosion as found in internal combustion engines, furnaces and process equipment is done economically fast and safe. Other cleaning applications include:

1. Removal of carbon deposits from spark plugs, valves, pistons and other automotive parts. Cleaning without removal of the metal is of prime consideration in this application since dimensional tolerances are held so closely.
2. Removal of protective coatings such as paint for refinishing.
3. Plastic molds and dies can be cleaned by glass bead blasting thereby reducing bench work as much as 95% since after this process the molds release castings more easily than do handfinished ones.
4. Residue sand can be cleaned from sand castings, leaving the casting with a lustrous chemically clean surface.
5. Cleaning problems in aircraft engine overhaul are easily solved with glass bead blasting. Pistons, valves and cylinders can be cleaned fast and economically with no change in the dimensional characteristics of these close tolerance parts.
6. Flux and discoloration removal from parts after brazing can be accomplished by this process.
7. Glass bead blasting can be used to clean extrusion dies in the removal of very hard oxide on complex shaped surfaces with no metal removal to the die.
8. Scale removal after heat treating can be accomplished by glass bead blasting and in preparation of the surface for further treatment such as plating or painting.
9. Oxides, slag and discoloration after welding are successfully removed.
10. Cleaning of precision parts such as small gears, splines, and shafts can be done without dimensional change in the parts and at the same time achieve removal of small burrs produced in machining. 

"Super-Flo" Filter Powder is a specially process grade of diatomaceous earth designed for top filtration efficiency.

"Super-Flo" –

1. Gives longer filter cycles at lower pressures.
2. Accommodates heavy soil loads such as occur in any industrial application.
3. Back washes more rapidly with minimum backwash.
4. Lowers maintenance cost.

How does "Super-Flo" remove suspended solids from a liquid? "Super-Flo" is first deposited on the filter screen or cloth by circulating the liquid to form a filter cake which is the true filtering surface. The suspended solids are trapped in this porous filter cake with the aid of the diatomite which catches the soil.

How to use "Super-Flo" In recent years the recommended amount of diatomite for pre-casting a filter was 10 lbs. per 100 sq. ft. of filter area. However, with filters becoming larger and more complicated, it is difficult to have a pattern of internal flow so good that the filter aid will be deposited evenly on the filter surface. All filtration engineers do recommend 10 to 20 lbs. per 100 sq. ft. in order to have the filter powder properly distributed over all the elements. 10 lbs. of "Super-Flo" per 100 sq. ft. of filter area will give a pre-coat thickness of approximately 1/16" . . . the use of extra filter powder on pre-coat will help keep the filter elements cleaner for longer periods of time.
[ Inquire ] 

DIRECTIONS – "Thread & Tap Oil No. 125" is used as is in a machine sump, without dilution. The viscosity (thickness) of the product has been adjusted to enable proper flow through machine circulation pumps. For very small applications, the product can be hand sprayed onto parts to help machining.  [ Inquire ] 

Amazingly, tramp oils and greases disappear along with a lot of other potential problems. Most importantly, the "Tramp-Pad" will help extend fluid life or improve the cleaning capacity of your degreasers. [ Inquire ] 

DIRECTIONS – "Tuff-Kut 725" is used as is in a machine sump without dilution. The viscosity (thickness) of the product has been adjusted to enable proper flow through machine circulation systems. For very small applications, the product can be hand sprayed on to parts to help machining. Residual "Tuff-Kut 725" provides effective rust protection on machined parts.

The following are a few reasons for the very high success this product has had with industry.

1. Superb lubrication
2. Excellent rust inhibition properties
3. Low unit cost
4. Completely biodegradable
5. Non-irritating
6. Non-toxic
7. Soluble in tap water
8. Easily cleaned from machine and parts after use

1. Burnishing Compound – light work . . .1 pint "Ultra-Lub" to 100 gallons of water, heavy work . . . 1 gallon "Ultra-Lub" to 100 gallons of water.
2. Drawing & Stamping Compound – 1 pint "Ultra-Lub" to 30 or 100 parts water depending on severity of draw.
3. Metal Cutting Lub – 1 part "Ultra-lub" to 20 parts water renders superior, cleaner work and extended tool life.
4. Billet Cutting, Non-Ferrous – 1 part "Ultra-Lub" to 40 parts water. Spray or flow onto saw blade at cut . . . safe, better, blade life . . . faster and finer cuts.
5. Cold Rolling – 1 parts "Ultra-Lub" with 25 parts water. Spray on material to be worked or dip material onto solution.
6. Link Fence Weaving – 1 parts "Ultra-Lub" to 50 parts water.
7. Pipe Joint Lubricant – A soluble, light yellow, nearly odorless paste-like compound for use in lubricating and setting concrete and tile piping. Features: Easy to apply, Thixotropic, Clings to concrete and soil pipes, spreads rapidly, ropes as applied, works on wet or dry pipe, non-toxic, contains mineral additives, harmless to rubber, neoprene, urethane and other common gasketing, workable from + 40° F - + 120° F.

 

 
 
 
 
 
 
 

DIRECTIONS – Use without dilution to wipe or brush pipe joints. Gasketing or ring seals should also be treated. Enough compound should be used to produce a continuous slick surface. Delayed setting action of the compound will allow some reworking of pipe joints when necessary. Note: Not intended for underwater use and cannot be successfully applied to joints that are under water. Packaging: Available in 450# drums.

8. Conveyor Chain Lub – Dairies and bottling plants use "Ultra-Lub . . . 1 part to 40 parts water.

"Ultra-Lub" will provided superb lubrication with an extremely low cost . . . one of the highest quality lubircants on the market and end usage far more economical than that of ordinary lubricants due to "Ultra-Lub" being a concentrate for end user to add their own water.

"Vanishing Oil 100" is a standard, average type product intended for use where economy is of prime concern. This product features the fastest evaporation rate of all our "Vanishing Oils" and outstanding cooling.

"Vanishing Oil 125" is a slightly slower dry formula than No. 100, but features improved lubrication. Cooling at point of machining is excellent, and product evaporates rapidly.

"Vanishing Oil 219" is our most popular formula, as this product features maximum lubrication for a vanishing oil. Cooling is still excellent and due to increased lubrication tool breakage is minimized and tool life is greatly increased. Due to the lubricity additives, there is a very slight , almost undetectable residue left on machined parts. "Vanishing Oil 219" is truly a premium product.

"Vanishing Oil 300" has a slow evaporation rate, but features the highest flash point. For mild machining operations and easy to machine metals, this product would be appropriate with its lesser cooling and lubricating properties.